TOP 9 Linux Distribution with KDE Plasma Desktop Environment
Welcome to our video on the top 9 Linux distributions with KDE Plasma! In this video, we will explore the best Linux distributions …
“Experience Fully-Featured Computing with Tiny Core Linux 4.2: The Ultimate Operating System in 64MB or Less – Liliputing”
“Unleash the Power of Tiny Core Linux: Experience a Lightweight, But Powerful Operating System for Any Device!”
Once upon a time, operating systems could barely fit on 1.4MP floppy disks, but now even DVDs can’t hold their installer files. But there’s one champion that defies the odds – Tiny Core Linux. This tiny but mighty Linux distribution takes up just 12MB of disk space and can be booted from a USB or CD. And don’t let its size fool you – it still comes with a user interface, necessary apps, and even an app manager for easy software downloads. Plus, for those who prefer a minimalist approach, there’s an 8MB command-line version available. With its recent release of a 64MB CorePlus version, Tiny Core Linux offers even more customization options for a personalized user experience. Don’t let its simplicity fool you – Tiny Core Linux packs a punch with its impressive capabilities in just 64MB or less. Whether you have an older computer or need a quick and efficient installation process, Tiny Core Linux has got you covered. So why wait? Unleash the power of Tiny Core Linux and see what this small but mighty operating system can do for you!
“Experience Incredible Performance with Tiny Core Linux 13 – Only Requires 46MB of RAM and 50MB of Disk Space – Tom’s Hardware”
“Tiny Core Linux v13.0: A Lightweight Powerhouse with Modern Features”
Tiny Core Linux, the veteran ultra light Linux distribution, has recently released its newest update to v13.0. With an annual cadence established, it continues to amaze users with its compact size of only 22MB. But don’t be fooled by its small size – this OS packs a punch with a fully graphical UI and support for modern applications, making it a perfect choice for those with older computers.
Updated Kernel and Spruced-Up Functions
One of the most notable changes in Tiny Core Linux v13.0 is the update to the latest kernel version 5.15.10. Additionally, the OS has been given a makeover with the use of glibc 2.34, gcc 11.2.0, binutils 2.37, e2fsprogs 1.46.4, and busybox 1.34.1. Both 32-bit and 64-bit downloads are available, with the 64-bit version being slightly larger at 31MB. Just keep in mind to select the “TinyCore” ISO files on the official download page to get the full graphical UI.
Lightweight Requirements for Older Systems
Tiny Core Linux has long been known as the go-to OS for computer enthusiasts and tinkerers looking to revive old or outdated systems. Its lightweight requirements make it a perfect fit for older PCs that can no longer handle Windows. In fact, the minimum system requirements are only 46MB of RAM and an Intel 486DX processor. Recommended specifications include 128MB of RAM and an Intel Pentium 2 processor, as well as at least 50MB of storage space for installation (though the OS only uses 28MB on disk).
Sleek and Simple Interface
The minimalistic interface of Tiny Core Linux is designed for maximum responsiveness on older hardware. Using the Fast Light Window Manager (FLWM), the interface features a central Dock at the bottom of the screen similar to MacOS. Menus can be accessed with ease through double-left-click or right-click on the desktop. And for those who want to customize their OS further, downloading applications is just a click away.
Impressive Size and Feats
Despite its small size, Tiny Core Linux is able to fit modern, usable features into its compact footprint. Just to put it into perspective, the Windows 95 install required more than 100MB of disk space, while Windows 3.11 for Workgroups installer files totaled about 12MB. With this in mind, Tiny Core Linux’s 22MB download may seem even more impressive for those who remember the days of bulkier OS installations.
Ready to be Installed on Older Systems
If you’re itching to try out Tiny Core Linux on an old computer, keep in mind that you will need to create physical bootable media to install it. But once it’s installed, you’ll be impressed with its sleek interface and powerful capabilities, making it the perfect choice for those looking to revive their outdated systems. So why wait? Give Tiny Core Linux v13.0 a try and see for yourself its impressive features in action.
“Experience the Cutting-Edge 4MLinux 15.0 Distribution, Powered by Linux Kernel 4.1 LTS – Unleashing the Latest in GNU/Linux Innovation – Softpedia News”
“Unleash the Power of 4MLinux 15.0 Beta: Upgraded and Ready to Dominate the Web!”
Last week, we gave you a sneak peek at the 4MLinux Core 15.0 beta release. Today, Zbigniew Konojacki, the ingenious developer behind the 4MLinux project, proudly presents the highly anticipated 4MLinux 15.0 Beta.
Fueling this impressive operating system is the long-term supported Linux 4.1.10 kernel, backed by a slew of top-of-the-line applications. Be prepared to be wowed by the latest versions of LibreOffice 5.0.3.2, Mozilla Firefox 42.0, Google Chrome 46.0.2490.80, Skype 4.3.0.37, and more.
Plus, launching alongside the stellar software lineup is the updated 4MLinux LAMP (Linux, Apache, MySQL, PHP) Server. It features the latest versions of Linux kernel 4.1.10 LTS, Apache 2.4.17 web server, MariaDB 10.1.8 database server, and PHP 5.6.14 – ensuring seamless web hosting experience.
But wait, there’s more! The 4MLinux 15.0 Beta also boasts a revamped desktop, now with added flexibility and convenience for users. Be prepared to dive into the ultimate user experience on this powerful OS.
Don’t miss out on this chance to be among the first to try out the 4MLinux 15.0 Beta. Download the Live ISO image now and see for yourself why it’s making headlines in the tech world. Keep in mind that this is a pre-release version, so it’s not recommended for production environments. Stay ahead of the game with 4MLinux 15.0 Beta.
“Revamped and Reliable: Latest 4MLinux 20.0 Release Now Available for Download with Enhanced Boot Choices – Bringing You the Latest from Softpedia”
“4MLinux 20.0: The Ultimate GNU/Linux Operating System of 2016”
Independent developer Zbigniew Konojacki has officially released the highly-anticipated 4MLinux 20.0. Featuring the latest Linux 4.4.27 kernel and equipped with new boot options, this release caters to both UEFI and Legacy BIOS PCs. With a variety of up-to-date software components, such as LibreOffice 5.2.3.2 and GIMP 2.8.18, 4MLinux 20.0 is a must-have for any tech-savvy individual. Experience the power of 4MLinux 20.0 today and elevate your computing experience to new heights. Download now from our website and see what all the buzz is about.
The Power of Ubuntu Server Virtualization with Proxmox VE – Linux Journal
Introduction
Server virtualization has become an indispensable tool for modern IT infrastructure, enabling organizations to maximize resource utilization, reduce hardware costs, and streamline management. Ubuntu Server, known for its stability and versatility, is a popular choice for hosting virtualized environments. When coupled with Proxmox Virtual Environment (VE), a robust open source virtualization platform, it creates a potent combination that empowers administrators to harness the full potential of their hardware resources.
We will delve into the world of Ubuntu Server virtualization using Proxmox VE. We will explore the setup, management, and optimization of virtual machines (VMs) in detail, equipping you with the knowledge to build a highly efficient and scalable virtualized infrastructure.
Understanding Proxmox VE
Proxmox VE is an open source virtualization platform that seamlessly integrates two powerful technologies: KVM (Kernel-based Virtual Machine) for virtual machines and LXC (Linux Containers) for lightweight container virtualization. Here’s what you need to know:
- Proxmox VE provides a single interface to manage both VMs and containers, making it versatile for various workloads.
- It offers a web-based management interface, making it accessible from any device with a web browser.
- Proxmox VE is built on a Debian-based Linux distribution, ensuring stability and security.
Key Features and Benefits
- High availability clustering for fault tolerance.
- Live migration of VMs for seamless resource management.
- Backup and restore capabilities for data protection.
- A powerful API for automation and scripting.
- Extensive community support and enterprise-level options.
Installing Ubuntu Server for Virtualization
Choosing the right Linux distribution for your virtualization needs is crucial. Ubuntu Server is a compelling choice for several reasons:
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Ubuntu LTS Releases for Stability:
- Ubuntu LTS (Long-Term Support) releases ensure a stable and well-supported platform for your virtualization environment.
- Extended support periods provide security updates and bug fixes for five years.
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Compatibility with Proxmox VE:
- Ubuntu Server is fully compatible with Proxmox VE, ensuring smooth integration.
- The extensive Ubuntu software repository offers a wide range of packages and tools for customization.
To get started with Ubuntu Server for virtualization:
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Choose the Appropriate Ubuntu Server Edition:
- Select the Ubuntu Server LTS edition that best suits your hardware and workload requirements.
- Download the ISO image from the official Ubuntu website.
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Installation Process:
- Boot your server from the Ubuntu Server installation media.
- Follow the on-screen prompts to configure language, keyboard layout, and network settings.
- Choose the “Install Ubuntu Server” option and proceed with the installation.
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Basic Post-Installation Configurations:
- Set up user accounts and passwords.
- Configure network interfaces, including static or dynamic IP addressing.
- Update the system and install essential packages, such as SSH for remote access.
Creating Virtual Machines (VMs)
Proxmox VE simplifies VM creation and management:
- VMs are isolated instances of virtualized operating systems running on the host hardware.
- Each VM has its own dedicated resources, including CPU, RAM, and storage.
Creating a New Virtual Machine
- Access the Proxmox VE web interface and log in.
- Navigate to the “Create VM” wizard and provide the necessary information:
- Name and ID of the VM.
- Specify CPU cores, memory, and storage allocation.
- Assign network settings, such as bridged or NAT networking.
- Choose the installation source, whether it’s an ISO image, template, or other media.
Installing Ubuntu Server on a VM
- Proxmox VE supports various installation methods:
- Using ISO Images: Upload an Ubuntu Server ISO image to Proxmox VE and attach it to the VM’s virtual CD/DVD drive.
- Cloning Existing VMs: Create new VMs by cloning existing ones for rapid deployment.
Managing Virtual Machines
Once your VMs are up and running, efficient management is key to maintaining a smooth virtualized environment:
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Accessing VM Consoles:
- Use the Proxmox VE web interface to access the console of each VM for direct interaction.
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Starting, Stopping, and Rebooting VMs:
- Manage VM power states with ease through the Proxmox VE interface.
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Snapshots and Backups:
- Take snapshots of VMs to capture their current state for backup or troubleshooting.
- Utilize Proxmox VE’s built-in backup features for data protection.
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Resource Management and Performance Tuning:
- Proxmox VE offers robust resource management options:
- CPU and Memory Allocation: Allocate CPU cores and memory to VMs based on workload requirements.
- Disk I/O Optimization: Optimize storage performance through various storage types and configurations.
- Proxmox VE offers robust resource management options:
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Monitoring and Logging:
- Monitor VM performance and resource usage through Proxmox VE’s built-in tools.
- Implement additional monitoring solutions on Ubuntu Server for in-depth analysis.
Networking in Proxmox VE
Effective network configuration is essential for a well-functioning virtualized environment:
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Network Configuration Options:
- Proxmox VE supports various network configurations, including:
- Bridged Networking: VMs appear as separate devices on the physical network.
- NAT Networking: VMs share the host’s network connection.
- VLAN Support: Isolate and segment network traffic for enhanced security.
- Proxmox VE supports various network configurations, including:
-
Setting Up a Virtual Network:
- Create virtual networks to connect VMs, containers, and physical networks.
- Configure network bridges, firewall rules, and routing as needed.
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Securing Network Traffic with Firewalls:
- Implement firewall rules and security measures to protect VMs and containers.
- Utilize security groups and network segmentation to enhance security.
High Availability (HA) and Clustering
Proxmox VE offers high availability and clustering features to ensure business continuity:
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Introduction to HA and Clustering in Proxmox VE:
- HA ensures VMs remain available even in the event of hardware failures.
- Clustering allows multiple Proxmox VE nodes to work together for load balancing and resource pooling.
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Configuring HA for Critical VMs:
- Identify critical VMs and configure HA resources for them.
- Set up resource fencing to isolate failed nodes.
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Load Balancing and Failover:
- Distribute VM workloads evenly across multiple nodes.
- Configure failover policies to automatically move VMs in the event of node failure.
Backup and Disaster Recovery
Data protection is paramount in any virtualized environment:
- Regular backups safeguard against data loss and ensure quick recovery in case of failures.
- Utilize Proxmox VE’s built-in backup tools to schedule automated backups of VMs and containers.
- Store backups on separate storage devices or remote locations for redundancy.
- Consider off-site backups for additional protection against physical disasters.
- Develop a comprehensive disaster recovery plan that includes backup testing and restoration procedures.
Conclusion
In conclusion, the fusion of Ubuntu Server and Proxmox VE presents a formidable solution for server virtualization, enabling organizations to optimize resource utilization, enhance scalability, and streamline IT operations. Whether you are managing a small-scale infrastructure or a large enterprise deployment, the combination of Ubuntu Server and Proxmox VE offers flexibility, reliability, and robust performance.
You can embark on your journey into the world of Ubuntu Server virtualization with Proxmox VE. Armed with this knowledge, you have the tools to create and manage a dynamic virtualized environment that meets your organization’s evolving needs.
As you explore the possibilities of virtualization, remember that ongoing learning and adaptation are essential. Stay up-to-date with the latest developments and trends in server virtualization to ensure your infrastructure remains agile and responsive in the ever-changing landscape of IT.
Deepin Linux Manager Talks Huawei Partnership, Spyware Accusations And Tantalizing Teases For 2020 – Forbes
Deepin simultaneously exists as a beautiful yet perpetually misunderstood Linux distribution. It shatters misconceptions about how sleek and modern a Linux desktop can look, but struggles to shake repeated accusations of being spyware, likely because of its Chinese origins and business ties with Huawei.
A preview of the Deepin v20 Desktop
Wuhan Deepin Technology
Despite the controversy, Deepin is poised to begin thriving thanks to its inclusion on select Huawei laptops in China, and a new version of the distro and desktop environment right around the corner.
I had some burning questions for the folks behind Deepin, and was fortunate enough to briefly connect with Deepin Development Manager Hualet Wang and CTO Raphael Zhang. Both gentlemen collaborated on the answers below.
Though many of the responses are painfully brief and devoid of detail, it’s enough to give us a glimpse into their plans for 2020 — and alternately raise some eyebrows.
I hope you find value in the interview below, and stay tuned for impressions of Deepin v20 as we get closer to its December 2019 or January 2020 launch.
Q: Who do you consider the target audience for Deepin?
A: The common people. I mean not only Linux hackers and community fans, but also people who know less about technology and use Deepin in their daily work and life.
Q: Deepin Cloud Sync is a brilliant feature I wish most Linux distros implemented. When will this be available outside of China? And will it be available without needing a Deepin ID?
A: Thank you! Yes, we want to make it available internationally. But we will experiment here in China first to make it better before publishing to wider audience. We also need time to study the various countries’ relevant laws about privacy. We have not thought about whether it would be available without a Deepin ID yet.
Q: Are you planning to improve documentation in English for people who want to contribute to the project?
A: Yes, for sure. We will get more people to improve English documents in 2020.
Q: Are you planning to tighten your bonds with the international community?
A: Yes, we have made progress in both Github site building and made efforts to push Deepin software to other distros. We will make better documentation, push more patches to upstream and seek more advice from the community.
Q: Where does funding for the development of Deepin come from?
A: From venture investments and commercial licensing fees mostly.
Q: Is Huawei involved with the development of Linux Deepin? Does Huawei influence Wuhan or Deepin in any way?
A: Huawei is a partner of Deepin and we are building OSs for Huawei devices, so Huawei and Deepin cooperate closely in business.
Q: Will we see more devices with Deepin pre-installed from Huawei, like tablets?
A: It’s a secret and I can’t tell yet 😉 But as I said we cooperate with Huawei very closely. I think it’s possible, but not yet determined.
[Author’s note: I usually interpret wink-face emojis to be a “yes” but we shouldn’t get excited until there is an official, detailed statement on the matter]
Q: Do you have any plans to work with other OEMs in addition to Huawei to have Deepin pre-installed on laptops in Europe or the Americas?
A: Yes, we are trying that.
Q: Deepin can’t seem to escape accusations of being “spyware,” and there seems to be some distrust among people because of its Chinese origins. How do you combat these allegations?
A: Discrimination hurts, really. We will try to make our vision clear, communicate if possible, make our software as open source as possible and encourage more people to engage in the process of developing Deepin. As for those few who refuse to see the facts, we have to leave them as is.
Q: Is every aspect of Deepin open source?
A: We’ll try to make it as open source as possible, but some software may have to be in closed-source form, e.g, Nvidia drivers, some firmware and some third party popular software.
Q: Are there any plans to integrate sandboxed applications via Flatpak?
A: Yes, we are experimenting with techs like Flatpak. The problem is the huge amount of work required to repackage so many apps and the performance loss, so we are trying to find some solution to make repackaging automatic and see whether we can reduce the overhead.
Q: At some point, can we expect Deepin Store to integrate with FlatHub (flathub.org) and AppImageHub?
A: We need to figure out how to build FlatPak apps fast and resolve the performance overhead issue before proceed. And if we have resolved the above issues, we will consider integrating with FlatHub.
Q: Do you plan on aiding developers in supporting the Deepin Desktop Environment (DDE) on other distros, such as Arch and Manjaro?
A: Yes, we have direct contact with their developers, including Arch, Manjaro, Debian, Fedora and so on. I think that made DDE porting to other distros smooth.
Q: How close are you and the KDE team regarding the development of KWin?
A: We are having a nice cooperation with KDE team. We base our latest WM [Window Manager] on KWin and push patches to the team, and they respond really fast. The patches can get merged in days. Cheers for the cooperation.
Q: What can the Linux community — both users and developers — do to gain more market share?
A: It’s a hard question. Linux is already doing well in server market. In order to gain market share for desktop, we need to try something like FlatPak, align and stabilize kernel and foundation library versions, contribute some developer tools and libraries. For example, we are developing our own base library DTK.
Q: Have you considered offering an optional hardware report to send to Deepin developers, so the developers can gain a deeper understanding of the hardware configurations in use by Deepin users?
A: We have thought of that and there are reasons why we don’t use hardware report[s] here. First, sending a hardware report from end users may involve issues on privacy, which is quite sensitive nowadays. Second, Deepin’s market share is still small, so the hardware report might be biased. Third, we might be unable to purchase the same machines here in China. But after we study the laws regarding privacy in the various countries, we will consider this solution again.
Q: Is there interest or any discussion for adopting Wayland on Deepin?
A: We have tested Wayland internally and made a rough estimate. There’s quite some work to do in lightdm, X plugins, multi-screen support, high resolution support, our terminal and dock, not to say so many software in the repo. We’ll try to make the core software work on Wayland before trying further to move to the software in our repo. The internal process will take place in 2020.
“Forbes: Deepin Linux to Receive Revolutionary New Feature Every Distribution Should Have”
Breathtaking AI Voice Assistant Coming to Deepin Linux Distribution
Get ready to experience cutting-edge technology as Deepin Linux introduces its AI Voice Assistant in the upcoming version 20. The video shared in the Deepin Telegram Group provides a sneak peek into the impressive capabilities of this innovative feature.
Not just a regular voice assistant, it seamlessly integrates with system settings, making tasks easier and more efficient for users. With the ability to answer questions, check weather forecast, change wallpapers, and open websites, this AI assistant is a powerhouse of multitasking.
But what sets it apart is its contextual understanding. It can comprehend related questions and provide accurate responses, as demonstrated in the video. Powered by the iFLYTEK Open Platform, this Chinese-developed AI is specifically designed for the mobile web, making it a perfect fit for Deepin’s user-friendly interface.
With its potential to enhance accessibility and cater to diverse user needs, the inclusion of AI Voice Assistant in Deepin has already sparked excitement in the Linux community. While some speculate its release with version 20, only time will tell when this game-changing feature will be available in the English language and the standalone Deepin Desktop Environment.
For those privacy-conscious Linux users, this development may not be a selling point. But for others, it’s a major upgrade that further solidifies Deepin’s position in the Linux market. Plus, with Huawei MateBooks now shipping with Deepin, this AI Voice Assistant is another attractive feature to look out for. Stay tuned for more updates, as I’ll be closely monitoring this groundbreaking development.
TrueNAS Mini R rack-mountable system supports TrueNAS CORE or Debian-based TrueNAS SCALE – CNX Software
iXsystems’ TrueNAS Mini R rack-mountable system powered by an Intel Atom C3758 processor running TrueNAS CORE or the new TrueNAS SCALE and equipped with up to 64GB RAM and twelve lockable and hot-swappable 3.5-inch drive bays for more than 200TB of capacity when populated with 18TB drives and 2.5-inch SSD adapters can be provided as well.
The TrueNAS Mini R also offers two 10GbE RJ45 interfaces and an optional dual 10GbE SFP+ card can also be added to the system., an IPMI out-of-band management interface, and the company says it’s mostly suitable for small and home offices, as well as enterprise deployments for remote sites, backup, labs, and non-critical departmental applications.
TrueNAS Mini specifications:
- SoC – Intel Atom C3758 octa-core Denverton processor clocked at up to @ 2.2 GHz with 16MB cache; 25W TDP
- System Memory – 32 or 64GB ECC RAM
- Storage
- 12 x 3.5-inch hot-swappable bays (can support 2.5-inch drives with optional adapters)
- M.2 NVMe boot device (250GB)
- Networking
- 2x 1/10GbE RJ45 ports
- Dedicated IPMI (10/100/1000 MbE) with full KVM over HTML5
- USB – 1x USB 3.0 port, 2x USB 2.0 ports
- Expansion – PCIe x4 Gen 3.0
- Optional accessories:
- 2.5-inch drive adapters
- Dual 10GbE SFP+ NIC
- Long rails for deeper racks (26.5-inch to 36.4-inch)
- Power Supply
- Non-Redundant 100V-240V AC, 50/60Hz single phase power supply
- Less than 170W fully populated under load
- Dimensions
- 533 x 437 x 89 mm
- Standard 19-inch Rackmount Width, 2U height, and a Depth of 21-inch
- Short rails for compact racks (19-inch to 26.6-inch)
- Adhesive rubber feet for desktop/shelf deployments
- Weight – 8.5 kg
- Noise levels – 45dB Idle and 52dB Peak
The TrueNAS Mini R ships with TrueNAS CORE (previously FreeNAS) but an optional sidegrade to TrueNAS SCALE is also possible. I had already mentioned TrueNAS SCALE in a post about a Storaxa 3-in-1 5-bay NAS, and I did not realize it was new at the time, but TrueNAS SCALE is as much a piece of news as the Mini R system.
All three versions of TrueNAS support many of the same features, but the main difference is that TrueNAS SCALE is based on Debian Linux instead of FreeBSD, which leads to differences in terms of supported applications (e.g. plugins vs Docket Linux containers), virtualization (e.g. OpenStack vs Kubernetes), and so on.
I had read forum threads in the past where people wanted to run FreeNAS on Arm, but each time they were told it was not going to happen, so I asked a company representative who contacted CNX Software if the new TrueNAS SCALE would be cross-platform or limited to x86. Here’s the answer:
TrueNAS SCALE is a cross-platform operating system that can run on x86 hardware as well as other hardware architectures. Here are some examples of the hardware platforms that TrueNAS SCALE can operate on:
x86-64 CPUs: TrueNAS SCALE can run on a wide range of x86-64 hardware, including desktops, laptops, servers, and virtual machines.
ARM64 CPUs: TrueNAS SCALE supports ARM64 CPUs, which are commonly found in many embedded devices and single-board computers like the Raspberry Pi.
Virtual machines: TrueNAS SCALE can be installed as a virtual machine on hypervisors such as VMware, Hyper-V, Proxmox, and VirtualBox.
Cloud platforms: TrueNAS SCALE can be run on cloud platforms like Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP).
I was also told that specific hardware requirements for TrueNAS SCALE will vary depending on the intended use case and workload, and minimum requirements include a system with a 64-bit CPU and at least 8GB of RAM. So that means if you ever wanted to run TrueNAS SCALE on a Raspberry Pi 4, you’d need to get the model with 8GB RAM. You’ll find more details about the differences between TrueNAS versions, get more details, and download links on the company’s website. I was only able to locate the x86-64 ISO for SCALE, but no Arm64 image. I’ll ask and update the post accordingly.
The TrueNAS Mini R appliance is available now for $1,998 and up on the iXsystems website, and it will be sold on the company’s Amazon store next month. Additional information may also be found in the announcement.
Jean-Luc started CNX Software in 2010 as a part-time endeavor, before quitting his job as a software engineering manager, and starting to write daily news, and reviews full time later in 2011.
iXsystems Introduces Highly-Anticipated TrueNAS F-Series for Exceptional Storage Solutions – DataCentreNews UK
iXsystems, the premier open-source storage company, is set to unveil its highly anticipated TrueNAS F-Series, a game-changing addition to their product lineup. This cutting-edge release boasts all-NVMe systems powered by the soon-to-be-released TrueNAS Enterprise 23.10 Hyperconverged Storage Software.
The TrueNAS Enterprise F-Series marks a giant leap for iXsystems into the next generation of hardware, with unmatched performance, reliability, and density to handle even the most demanding workloads. With its all-NVMe models featuring incredibly powerful 30TB drives, this revolutionary series can support an enormous 720TB of highly available storage in a compact 2U form factor. Not only that, but the F-Series also boasts significant reductions in power, space, and Total Cost of Ownership (TCO), showcasing iXsystems’ commitment to efficiency and sustainability.
In addition to the cutting-edge hardware, the new F-Series is powered by the highly anticipated TrueNAS Enterprise 23.10 software, providing IT organizations with the tools to tackle the most intense performance requirements without breaking the bank. These advanced appliances are tailored to meet the needs of data-centric use cases, from AI/ML and containerization to content creation, database servers, gaming, and virtualization. With thousands of loyal customers across various industries, including enterprise, government, and media creation, the new F-Series has been met with much anticipation.
Compatible with the entire iXsystems appliance collection, the TrueNAS Enterprise 23.10 software delivers a versatile and feature-rich storage environment. This Linux-based platform stands out for its native container support, smooth integration with Kubernetes for containerized applications, and impressive scalability, with a capacity of up to 1,200 drives and 25PB+ in a single system. Powered by the robust OpenZFS 2.2 filesystem, the advanced TrueNAS storage operating system prioritizes scalability and high availability, boasting a flexible scale-up or scale-out architecture to ensure optimal data integrity and innovative storage features for the most data-intensive business challenges.
To further enhance the credibility of TrueNAS Enterprise 23.10, iXsystems has upgraded it to OpenZFS 2.2, thanks to multiple contributions from their team. This improvement also includes upgrading to Linux Kernel 6.1, enhanced hardware support, NVIDIA 535.54.03 driver updates, an improved storage pool UI, the addition of ZFS Block Cloning (Deduplication) for SMB and NFS file copies, and the introduction of ZFS dRAID Pool Layouts.
The TrueNAS F-Series speaks for itself, with its incredible improvements and refinements. Featuring high-performance NVMe storage with low latency and unmatched resilience and drive density, this versatile series can easily scale from tens of terabytes to a whopping 720TB in a compact 2U system. The dual-controller architecture ensures seamless accessibility, avoiding any potential data downtime. And with a wide selection of connectivity options, data mobility is maximized. Encased in a modern, future-ready design, the TrueNAS F-Series is fully equipped to handle the demands of today’s business applications.
To complement the F-Series, the TrueNAS M-Series will continue to serve as the go-to system for hybrid flash and HDD storage needs. Both the M-Series and F-Series are powered by the same TrueNAS Enterprise 23.10 software and feature a user-friendly WebUI, making them a perfect fit for any organization. Upgrade now to experience the power and efficiency of the TrueNAS F-Series, the future of open-source storage technology.